private void bt_Calculate_Click(object sender, RoutedEventArgs e)
{
try
{
canvas.Children.Clear();
double M1 = Convert.ToDouble(tb_M.Text.Replace(Convert.ToChar("."), Convert.ToChar(",")));
double P1 = Convert.ToDouble(tb_P.Text.Replace(Convert.ToChar("."), Convert.ToChar(",")));
double rho1 = Convert.ToDouble(tb_rho.Text.Replace(Convert.ToChar("."), Convert.ToChar(",")));
double T1 = Convert.ToDouble(tb_T.Text.Replace(Convert.ToChar("."), Convert.ToChar(",")));
double theta = Convert.ToDouble(tb_theta.Text.Replace(Convert.ToChar("."), Convert.ToChar(",")));
double gamma = Convert.ToDouble(tb_Gamma.Text.Replace(Convert.ToChar("."), Convert.ToChar(",")));
double R = Convert.ToDouble(tb_R.Text.Replace(Convert.ToChar("."), Convert.ToChar(",")));
matrix = new Matriz(rows, columns);
double U1 = M1 * Math.Sqrt(R * gamma * T1);
matrix.SetInitialConditions(M1, U1, 0, P1, rho1, T1, theta, gamma, R);
matrix.CalculateSteps(theta, gamma, R);
matrix.CalculatePolygons();
double x = 0;
for (int j = 0; j < columns && x < L; j++)
{
x = matrix.Matrix[0, j].x;
for (int i = 0; i < rows - 1; i++)
{
canvas.Children.Add(matrix.Matrix[i, j].poligono);
// añadimos la cela a una lista.
listPolygons.Add(matrix.Matrix[i, j]);
}
}
}
catch
{
MessageBox.Show("Pleae insert valid / reasonable values.");
}
}